NX3225GB-16M-STD-CRA-2

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Crystals are usually used in electronic circuits as frequency-determining elements. The NX3225GB-16M-STD-CRA-2 is a popular series of crystals from a well-known manufacturer and finds frequent use in electrical circuits. This article will discuss the application field of the NX3225GB-16M-STD-CRA-2 and its underlying working principle.

Application Field

Crystals are used in a variety of applications. The most common use is in timing and oscillator circuits, where their inherent stability makes them the ideal choice. The NX3225GB-16M-STD-CRA-2 series is mainly used in computer systems, cellular phones, and various electronic devices as clock oscillators. This crystal also has a wide range of frequency options and excellent frequency stability, making it suitable for use in timer circuits as well.

Working Principle

A crystal is essentially a piezoelectric material with a pair of electrodes attached to it. When a voltage is applied to the two electrodes, the crystal either expands or contracts. This expansion or contraction creates a mechanical wave that is then converted into an electrical wave by the electrodes. The wave is then amplified and used to drive the circuits.

The NX3225GB-16M-STD-CRA-2 series is capable of operating at frequencies up to 16 MHz and has excellent frequency stability. This is due to the unique series resonator circuit used in this crystal. Each crystal is precisely tuned and calibrated to ensure proper operation. The resonator circuit also helps to reduce the effects of electrical noise on the signal, ensuring reliable and consistent performance.

In addition to their application in oscillator circuits, crystals are also used for signal filtering. The high frequency stability of the NX3225GB-16M-STD-CRA-2 makes it ideal for applications such as IF signal filtering. The circuit is designed to reduce the amount of unwanted noise that might be present in the signal before it is sent to the other circuits.

Crystals also find use in GPS systems. Because of their high frequency stability, they can be used to precisely measure the time it takes for a signal to travel from the satellite to the receiver, allowing for accurate measurement of the location of the receiver.

Conclusion

The NX3225GB-16M-STD-CRA-2 series of crystals is a popular choice for use in many electrical applications. Its wide range of frequency options and excellent frequency stability make it ideal for use in oscillator circuits and signal filtering. This crystal also finds use in GPS systems, where its high frequency stability allows it to be used to accurately measure the time it takes for signals to travel between the satellite and the receiver.

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